Lesson: Boyle's Law

In this lesson, we will learn how to use the formula PV = constant (Boyle's Law) to calculate the pressure or volume of a gas that is allowed to expand or contract at a constant temperature.

Sample Question Videos

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Worksheet: Boyle's Law • 8 Questions • 3 Videos

Q1:

A bike tire is pumped up using a foot pump. The pressure of the gas within the tire increases, but the volume remains the same. What happens to the temperature of the gas?

Q2:

A sphere of gas expands from a radius of 0.5 m to a radius of 2 m. The temperature remains constant throughout. How many times smaller is the pressure of the gas in the sphere after its expansion?

Q3:

At sea level on Earth, the atmospheric air pressure is about 101 kPa. At the top of Mount Everest, the air pressure is about 34 kPa. A balloon with a fixed amount of helium gas is taken from sea level up to the top of Mount Everest. The temperature of the air is the same at both locations. What happens to the size of the balloon?

Q4:

For a gas at a constant temperature, if the volume is , then the pressure .

Q5:

A gas in a sealed container is kept at a constant volume. The temperature of the gas is increased. What happens to the pressure of the gas?

Q6:

A 4 m3 volume of gas is at a pressure of 1 0 0 0 Pa. The gas is allowed to expand at a constant temperature until its pressure is half of the value before expansion began. How many times greater is the volume of the gas after its expansion?

Q7:

A gas with a volume of 3 m3 is at a pressure of 500 Pa. The gas is compressed at a constant temperature until it is at a pressure of 1 5 0 0 Pa. What is the volume of the gas after it is compressed?

Q8:

A gas with a volume of 2 m3 is at a pressure of 500 Pa. The gas is compressed at a constant temperature to a volume of 0.5 m3. What is the pressure of the gas after it is compressed?

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